TWI695108B - Inner mold device and demoulding method for sliding forming mold of building suite - Google Patents

Abstract

An inner mold device and a demolding method for a sliding forming mold in a building suite. The inner mold device includes a first inner mold and two second inner molds. The first inner mold includes a first top plate and two first forming plates, each of the second inner mold includes a second top plate, two second forming plates, and a third forming plate, at least one of the first inner molds The first molding plate is a first movable plate, a first retracting mechanism is provided between the first movable plate and the first top plate, and at least one second molding plate in each second inner mold is a second movable plate A second retracting mechanism is provided between the second movable plate and the second top plate. The demoulding method is to reduce the friction force in the width direction by the first retracting mechanism and the second retracting mechanism, and to eliminate the longitudinal direction by moving the first inner mold and then moving the second inner molds The friction force can effectively avoid damage to the concrete structure of the building, and can have excellent construction quality.

Description

Inner mold device and demoulding method for sliding forming mold of building suite

The invention relates to the field of building construction, in particular to an inner mold device of a sliding forming mold in a building suite, and a demolding method of the inner mold device.

During the construction of the building, by setting an outer mold and an inner mold that can slide upwards, several walls of a building suite are formed in sections, however, the walls provided in the building suite The first floor of the room needs to be hoisted separately, and the construction efficiency is low. If the floor is formed by using the top plate of the inner mold, the floor can be directly formed after forming the concrete wall of the suite. The construction efficiency can be significantly improved, but the use of this The top plate of the inner mold is directly formed into the floor slab, but after the molding is completed, the inner mold will be wrapped in the upper part of the building suite, and it is difficult to demold downward. If forced demoulding will damage the inner mold or The risks of concrete structures.

An object of the present invention is to provide an internal mold device for a sliding molding mold in a building suite that facilitates demolding of the internal mold.

The inner mold device of the sliding molding die of the building suite of the present invention, the inner mold device includes a first inner mold in an intermediate position, and two second inner molds on opposite sides of the first inner mold, the first The inner mold and the second inner molds are connected through a locking mechanism, and the first inner mold includes a first top plate on the top and two first molding plates on both sides, each of the second inner molds It includes a second roof board at the top and suitable for forming a floor with the first roof board, and two second molding boards at the side and suitable for forming several walls with the first molding board and A third forming plate, the second forming plates are flush with the first forming plate and coplanar, at least one of the first forming plates is a first movable plate, the first movable plate and the first A first retracting mechanism capable of moving the first movable plate toward the inner side of the first inner mold is provided between the top plates, at least one of the second forming plates is a second movable plate, and the second A second retracting mechanism capable of moving the second movable plate toward the inside of the corresponding second inner mold is provided between the movable plate and the corresponding second top plate.

The effect of the present invention is that, through the arrangement of the first inner mold and the second inner molds, as well as the arrangement of the first retracting mechanism and the second retracting mechanism, it is possible to effectively wrap in the building suite The upper inner mold device is demolded downward, which is convenient for demolding and will not damage the concrete structure, so it has better practicability.

Another object of the present invention is to provide a method for demolding an internal mold device of a sliding forming mold in a building suite that facilitates demolding of the internal mold device.

The demoulding method of the inner mold device of the sliding molding mold for building suites of the present invention includes (1) releasing the locking mechanism and using the first retracting mechanism to shrink the first inner mold; (2) causing the first An inner mold moves downward relative to the second inner molds to form an escape space between the second inner molds; (3) Use the second retracting mechanism to shrink the second inner molds, And move the second inner mold to the middle, and then move down to demold.

The effect of the present invention lies in: through the arrangement of the first retracting mechanism and the second retracting mechanism, the friction force in the width direction of the inner mold device during the downward demolding process can be reduced, and then the centered first The first inner mold moves downward to demold, and forms an escape space at the original position, and then moves the second inner molds on both sides to the middle and demolds downward, so that the inner mold device does not lengthen with the concrete wall Contact to eliminate friction.

Referring to FIGS. 1, 2, 3, and 4, one embodiment of the inner mold device of the sliding molding die of the building suite of the present invention is suitable for being spaced up and down in an outer mold (not shown), and with A grouting space (not shown) is formed between the outer molds, and then a building 16 is successively grouted in the grouting space, and the building 16 includes a plurality of vertically extending walls 17′ surrounding the surrounding walls , And several floor slabs 17 (only one is shown in the figure) extending horizontally and connected up and down between the walls 17', that is, several suites connected up and down are constructed. In view of one of the suites of the building 16, the outer peripheral surface of the inner mold device is suitable for forming the walls 17', and the top surface of the inner mold device is suitable for forming the floor plate 17, the following only To illustrate the state of a suite.

The shape of the inner mold device is a rectangular parallelepiped, which is divided into three inner molds along a length direction L, including a first inner mold 1 located in the center, and two first molds located on both sides of the first inner mold 1 Two inner molds 2, the first inner mold 1 and the second inner molds 2 are connected through a locking mechanism (not shown). The first inner mold 1 is an isosceles trapezoid with a bottom edge greater than the top edge. Each of the second inner molds 2 is a right-angled trapezoid with a top edge larger than the bottom edge and a corner away from one side of the first inner mold 1 at right angles. The second inner molds 2 can move toward or opposite to the first inner mold 1.

The first inner mold 1 includes a first top plate 401 horizontally located on the top, two first waist plates 400 spaced apart along the length direction L and located on both sides of the first top plate 401, and two along one The first molding plates 402 spaced apart from the width direction W perpendicular to the length direction L and located on the other two sides of the first top plate 401 respectively. The first waist plates 400 extend from both sides of the first top plate 401 downward and gradually reverse outward, and are adjacent to the second inner molds 2, respectively, and the first forming plates 402 are formed by the first top plate The other two sides of 401 extend straight down.

At least one of the first forming plates 402 of the first inner mold 1 is a movable first movable plate 403. In FIGS. 1 and 2, the first inner mold 1 uses the first molding plate 402 facing the reader as the first movable plate 403. The first inner mold 1 further includes a first retracting mechanism 403' disposed between the first movable plate 403 and the first top plate 401, the first retracting mechanism 403' enables the first movable plate 403 Move inward toward the other direction of the first forming plate 402.

3, 4, 5, and 6, the first retracting mechanism 403' includes a first connecting plate 404 extending downward from the first top plate 401 and located inside the first movable plate 403, and a plurality of A first interlocking plate 405 inside the first connecting plate 404, and a plurality of first moving plates 403 extending inwardly and downwardly and movably inserted into the first connecting plate 404 and the first interlocking plates The first displacement oblique block 406 in 405. The first connecting plate 404 has several first evacuation grooves 407 corresponding to the first displacement inclined blocks 406. Each of the first interlocking plates 405 is formed with a first inclined guide hole 405 ′ corresponding to the respective first evacuation groove 407. Each first displacement inclined block 406 forms an angle of 45 degrees with the first movable plate 403, and penetrates the corresponding first shelter groove 407 and the corresponding first inclined guide hole 405' . The inclination angle (direction) of each first oblique guide hole 405' extending obliquely is the same as the inclination angle (direction) of the corresponding first displacement oblique block 406 extending obliquely.

A portion of the first top plate 401 adjacent to the first movable plate 403 is formed with a chamfered edge 401' extending obliquely from the outside to the inside and downward by 45 degrees. The design of the chamfered edge 401' is beneficial to the first movable plate 403 moves relatively inward. The first retracting mechanism 403' further includes a sealing strip 408 disposed inside the top end of the first movable plate 403 and corresponding to the chamfered edge 401' of the first top plate 401.

Referring to FIGS. 3, 4 and 7, the first connecting plate 404 also has a plurality of second shelter grooves 412. The first retracting mechanism 403' further includes several first adjusting units 406' for driving and adjusting the distance between the first movable plate 403 and the first connecting plate 404. Each of the first adjusting units 406' includes a first adjusting seat 409 that protrudes inward from the inner side of the first movable plate 403 and passes through the corresponding second shelter groove 412, and a first adjusting plate 409 The inner side of 404 protrudes inwardly and corresponds to the first fixing base 410 of the first adjusting base 409, and a first adjusting screw 411 vertically arranged in the first adjusting base 409 and the first fixing base 410. The first adjusting seat 409 has a screw hole 409' penetrating up and down. The first fixing base 410 has a first displacement groove 413 corresponding to the screw hole 409' and penetrating up and down. The first adjusting screw 411 is screwed into the threaded hole 409' and passes through the first displacement groove 413.

Each of the first adjusting units 406' further includes a first limiting module 413' that can limit the up-down movement range of the first adjusting screw 411 relative to the first fixing base 410. The first limiting module 413' includes two first nuts 414 above the first fixing base 410 and screwed to the first adjusting screw 411, and two under the first fixing base 410 and connected to the first nut 414 The second nut 415 to which the first adjusting screw 411 is screwed. The first nuts 414 self-lock with each other in groups of two to form a first upper limit body 414 ′ that restricts the downward movement of the first adjusting screw 411 relative to the first fixing base 410. The second nuts 415 self-lock with each other in groups of two to form a first lower limit body 415 ′ that restricts the upward movement of the first adjusting screw 411 relative to the first fixing base 410. The first limiting module 413' further includes two gaskets 416, the gaskets 416 are respectively disposed between the first upper limit body 414' and the first fixing seat 410, and the first lower limit Between the body 415' and the first fixing seat 410.

Each of the first top plate 401 corresponding to the first adjusting screws 411 is formed with a notch 401'', and a first block that can be inserted into the notch 401'' away from the notch 401'' 417. Each notch 401'' can facilitate a wrench (not shown) extending into the first inner mold 1 from above to adjust the corresponding first adjusting screw 411.

Referring to FIGS. 3, 4, 5, and 7, the working principle of each of the first retracting mechanisms 403' is as follows: through the wrench, a corresponding notch 401'' is inserted and the first adjusting screw 411 is rotated, because the first The adjusting screw 411 is screwed to the first adjusting base 409, and the first limiting module 413' limits the first adjusting screw 411 from moving upward, so the first adjusting base 409 will relatively move along the first The adjusting screw 411 moves downward, and drives the first movable plate 403 to move together. At the same time, as shown in FIG. 6, the first displacement inclined blocks 406 also move inward along the corresponding first inclined guide holes 405 ′ Move downward so that the angle between the moving direction of the first movable plate 403 and the normal direction of the first connecting plate 404 is 45 degrees, so that the first movable plate 403 moves closer to the first connecting plate 404 in During the process, the sealing strip 408 closely adheres to the chamfered edge 401' of the first top plate 401, which can prevent concrete from flowing into the first connecting plate 404 and the first movable plate 403 through the gap.

Referring to FIGS. 1, 2, 3, and 4, each of the second inner molds 2 includes a second top plate 421 horizontally located at the top and flush with the first top plate 401 of the first inner mold 1, and an inclined position at the The second waist plate 420 in the length direction L and adjacent to the corresponding first waist plate 400, two spaced along the width direction W and flush with the first forming plates 402 of the first inner mold 1 A co-planar second molding plate 422, and a third molding plate 423 standing upright in the longitudinal direction L and spaced apart from the second waist plate 420. The second top plates 421 and the first top plate 401 cooperate to form an inner mold top plate 440 of the inner mold device, which is suitable for forming the floor plate 17. The second forming plates 422 extending along the length direction L and located on the same side cooperate with the first forming plate 402 to form one of the long side plates of the inner mold device, extending along the width direction W and spaced apart The third forming plates 423 respectively constitute two short side plates of the inner mold device. The long side plates and the short side plates are suitable for forming the walls 17 ′ with the outer mold.

At least one of the second forming plates 422 of each second inner mold 2 is a movable second movable plate 424. In each of the second inner molds 2 in FIGS. 1 and 2, the second molding plate 422 facing the reader is used as the second movable plate 424, and the second movable plate 424 and the first movable plate 403 are located on the same side. Each second inner mold 2 further includes a second retracting mechanism 424' disposed between the second movable plate 424 and the second top plate 421, the second retracting mechanism 424' enables the second movable The plate 424 moves inward to the direction of the second forming plate 422.

Referring to FIGS. 3, 4, 8 and 9, each of the second retracting mechanisms 424 ′ includes a second connecting plate 425 extending downward from the corresponding second top plate 421 and located inside the corresponding second movable plate 424 , A plurality of second interlocking plates 426 disposed inside the second connecting plate 425, and a plurality of second movable plates 424 extending inwardly and downwardly and movably inserted into the second connecting plate 425 and the Wait for the second displacement ramp 427 in the second interlocking plate 426.

Each of the second connecting plates 425 has a plurality of third shelters 428 corresponding to the second displacement inclined blocks 427. Each second connecting plate 425 is formed with a second inclined guide hole 426 ′ corresponding to the third evacuation groove 428. An angle of 45 degrees is formed between each of the second displacement inclined blocks 427 and the second movable plate 424, and penetrates the corresponding third shelter groove 428 and the corresponding second inclined guide hole 426' As shown in FIG. 3, the second displacement inclined block 427 also extends obliquely downward toward the first inner mold 1, and defines a 45 in cooperation with the vertical direction (ie the up-down direction) and the horizontal direction (ie the width direction W) The included angle of degrees, that is to say, the angle between each projection of the second displacement inclined block 427 on the corresponding second movable plate 424 and the horizontal and vertical directions is 45 degrees. The inclination angle (direction) of each second oblique guide hole 426' extending obliquely is the same as the inclination angle (direction) of the corresponding second displacement oblique block 427 extending obliquely.

The second top plate 421 is adjacent to the second movable plate 424 and is formed with a chamfered edge 421 ′ extending obliquely from the outside to the inside and downward at 45 degrees. Each third molding plate 423 is formed with a chamfered edge 423 ′ which is inclined toward the corresponding second movable plate 424 and extends inwardly by 45 degrees (see FIG. 11 ). The design of the chamfered edges 421', 423' facilitates the relative movement of the second movable plate 424 inward. The second retracting mechanism 424' further includes a sealing strip 408 disposed inside the top end of the second movable plate 424 and corresponding to the chamfered edge 421' of the second top plate 421.

Referring to FIGS. 3, 4, and 10, each of the second connecting plates 425 also has a plurality of fourth shelters 435. The second retracting mechanism 424' further includes a plurality of second adjusting units 427' for adjusting the distance between the second movable plate 424 and the second connecting plate 425. Each of the second adjusting units 427' includes a second adjusting seat 429 that protrudes inward from the inside of the second movable plate 424 and passes through the corresponding fourth shelter groove 435, and a second adjusting plate 429 The inner side of 425 protrudes inwards and corresponds to the second fixing base 430 of the second adjusting base 429, and a second adjusting screw 431 vertically arranged in the second adjusting base 429 and the second fixing base 430. The second adjusting seat 429 has a threaded hole 429' penetrating up and down. The second fixing base 430 has a second displacement groove 432 corresponding to the screw hole 429' and penetrating up and down. The second adjusting screw 431 is screwed into the threaded hole 429 ′ and passes through the second displacement groove 432.

Each of the second adjusting units 427' further includes a second limiting module 431' that can limit the range of the second adjusting screw 431 moving up and down relative to the second fixing base 430. The second limiting module 431' includes two third nuts 433 located above the second fixing base 430 and screwed to the second adjusting screw 431, and two located below the second fixing base 430 and connected to the The fourth nut 434 to which the second adjusting screw 431 is screwed. The third nuts 433 self-lock with each other in groups of two to form a second upper limit body 433 ′ that limits the downward movement of the second adjusting screw 431 relative to the second fixing base 430. The fourth nuts 434 self-lock with each other in groups of two to form a second lower limiting body 434' that restricts the upward movement of the second adjusting screw 431 relative to the second fixing seat 430. The second limit module 431' further includes two gaskets 416, the spacers 416 are respectively disposed between the second upper limit body 433' and the second fixing seat 430, and the second lower limit body 434' and the second fixing seat 430.

The second top plate 421 respectively has a notch 421'' formed at a position corresponding to the second adjusting screws 431, and a second seal block that can be inserted into the notch 421'' away from the notch 421'' 437. Each notch 421'' can facilitate the wrench to extend into the second inner mold 2 from above to adjust the corresponding second adjusting screw 431.

Referring to FIGS. 3, 4, 8, and 10, the working principle of each of the second retracting mechanisms 424' is as follows: through the wrench, a corresponding notch 421'' is extended and the second adjusting screw 431 is rotated, because the second The adjusting screw 431 is screwed to the second adjusting base 429, and the first limiting module 413' limits the second adjusting screw 431 from moving upward, so the second adjusting base 429 will relatively move along the second The adjusting screw 431 moves downward, and drives the second movable plate 424 to move together. At the same time, as shown in FIG. 9, the second displacement inclined blocks 427 will also move inward along the corresponding second inclined guide holes 426 ′ Move downward so that the angle between the moving direction of the second movable plate 424 and the normal direction of the second connecting plate 425 is 45 degrees, and the projection of the moving direction on the corresponding second connecting plate 425 is horizontal to ( That is, the angle between the width direction W) and the vertical direction (that is, the up and down direction) is also 45 degrees (as shown in FIG. 3), so that the second movable plate 424 moves inwardly close to the second connecting plate 425 during the movement , The sealing strip 408 closely adheres to the chamfered edge 421' of the second top plate 421 and the chamfered edge 423' of the third forming plate 423 to smoothly move, so it can prevent concrete from flowing into the second connection through the gap Between the plate 425 and the second movable plate 424.

After completing the forming work of the wall 17' and the floor 17 of the first-floor suite, the present invention also provides a demoulding method for the inner mold device of the sliding molding mold of the building suite to facilitate the inner mold The device is demoulded and taken out. The demoulding method includes the following steps:

(1) Referring to FIGS. 2, 5, 6, and 7, the locking mechanism (not shown) is released, and the first retractable mechanism 403' of the first inner mold 1 is used to make the first movable plate 403 downward and toward Move inward toward the first connecting plate 404 to complete the reduction mold.

(2) Two supporting mechanisms (not shown) are used to support the second inner molds 2, and a moving jacking trolley (not shown) is used to lower the first inner mold 1 having an isosceles trapezoidal shape downward When it is removed, an escape space S2 will be formed between the second inner molds 2 (see FIG. 2).

(3) The first internal mold 1 is divided into zero-sized modules with a smaller volume and taken out through a mold-taking robot (not shown).

(4) Referring to FIGS. 2, 8, 9, and 10, each second retracting mechanism 424' is used to make the second movable plate 424 of the corresponding second inner mold 2 downward and inward toward the corresponding second The connecting plate 425 moves, and then the second inner mold 2 is moved toward the escape space S2 located in the center by the moving jacking trolley to complete the shrinkage mold, and then moved down to remove the mold release.

(5) Split the second internal molds 2 into several zero modules with smaller volume, and take them out through the mold taking manipulator.

Then, the inner mold roof 440 of the inner mold device can be used again as a floor slab mold surface, and concrete is directly poured on it to form a new floor slab 17, so the continuity of the floor wall 17' and the floor slab 17 can be raised Performance, thereby improving the construction efficiency of the building 16 having a multi-layer structure and reducing the labor intensity of workers.

In summary, the inner mold device of the sliding molding die of the building suite of the present invention adopts a modularized inner mold design with a retracting mechanism, and in the width direction W, through the first retracting mechanism 403' And the second retracting mechanism 424' can drive the first movable plate 403 and the second movable plate 242 to shrink after being demolded to reduce the width and reduce the inner mold device during the downward demolding process The frictional force in the width direction W, and in the length direction L, by first removing the centered first inner mold 1 downward to remove the mold to form the escape space S2 at the original position, and then the Wait for the second inner mold 2 to move to the middle and demold downward, so that the second inner mold 2 does not contact the concrete wall body in the length direction L to eliminate friction. Therefore, the internal mold device of this structure and the demoulding method provided above can effectively demold the internal mold device wrapped in the upper part of the building suite without damaging the concrete structure. The subsequent demoulding step of forming the floor slab from the top plate 440 provides technical support, so it can indeed achieve the purpose of cost invention.

However, the above are only examples of the present invention, and should not be used to limit the scope of the present invention. Any simple equivalent changes and modifications made according to the scope of the patent application of the present invention and the content of the patent specification are still classified as This invention covers the patent.

16: Building 17: Floor 17': Wall 1: the first internal model 400: first waist plate 401: the first top plate 401': chamfered edge 401'': Notch 402: the first molding plate 403: The first movable board 403': the first indentation mechanism 404: the first connection board 405: First linkage board 405': the first oblique guide hole 406: first displacement inclined block 406': the first adjustment unit 407: The first shelter 408: Sealing tape 409: the first adjustment seat 409': threaded hole 410: First fixed seat 411: the first adjustment screw 412: Second shelter 413: first displacement groove 413': the first limit module 414: first nut 414': the first upper limit 415: second nut 415': the first lower limit body 416: Gasket 417: The first block 2: The second internal model 420: second waist plate 421: second top plate 421': chamfered edge 421'': Notch 422: Second molding board 423: Third molding board 423': chamfered edge 424: Second movable board 424': Second indentation mechanism 425: Second connection plate 426: Second linkage plate 426': second oblique guide hole 427: second displacement inclined block 427': Second adjustment unit 428: Third shelter 429: Second adjustment seat 429': threaded hole 430: Second fixed seat 431: Second adjustment screw 431': Second limit module 432: Second displacement slot 433: Third nut 433': the second upper limit 434: fourth nut 434': second lower limit 435: Fourth shelter 437: Second block 440: inner mold top plate S2: Avoid space L: length direction W: width direction

Other features and functions of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: FIG. 1 is a perspective view illustrating an embodiment of an inner mold device of a sliding molding mold of a building suite of the present invention; FIG. 2 is an exploded perspective view illustrating the embodiment; 3 is an incomplete cross-sectional side view, along a longitudinal direction of the inner mold device, illustrating the internal structure of the inner mold device, and illustrating that the inner mold device is installed in the formed building; 4 is a cross-sectional plan view, along the longitudinal direction of the internal mold device, illustrating the internal structure of the internal mold device, and illustrating that the internal mold device is installed in the building; Fig. 5 is an incomplete cross-sectional side view, which is longitudinally cut along a width direction of the inner mold device, and cuts through two first displacement inclined blocks corresponding to the upper and lower parts corresponding to a first retracting mechanism, illustrating a first retracting A first movable plate of the mechanism is far away from a first connecting plate; 6 is a view similar to FIG. 5, illustrating that the first movable plate is close to the first connection plate; FIG. 7 is an incomplete cross-sectional side view, which is longitudinally cut along a width direction of the inner mold device, and cuts through another first displacement oblique block and a first adjustment unit passing through the first retracting mechanism, to illustrate The first adjustment unit; 8 is an incomplete cross-sectional side view, which is longitudinally cut along a width direction of the inner mold device, and cut through two second displacement inclined blocks corresponding to the upper and lower corresponding to a second retracting mechanism, illustrating a second retracting A second movable plate of the mechanism is far away from a second connecting plate; 9 is a view similar to FIG. 8, illustrating that the second movable plate is close to the second connection plate; FIG. 10 is an incomplete cross-sectional side view, which is longitudinally cut along a width direction of the inner mold device, and cuts through another second displacement oblique block and a second adjusting unit that pass through the second retracting mechanism to illustrate The second adjustment unit; and FIG. 11 is an incomplete perspective view illustrating the circle B in FIG. 2 in an enlarged manner.

1: the first internal model

401: the first top plate

402: the first molding plate

403: The first movable board

2: The second internal model

421: second top plate

422: Second molding board

423: Third molding board

424: Second movable board

S2: Avoid space

Claims (20)

An inner mold device of a sliding molding die in a building suite, the inner mold device includes a first inner mold in an intermediate position, and two second inner molds on opposite sides of the first inner mold, the first inner mold The mold and the second inner molds are connected through a locking mechanism, and the first inner mold includes a first top plate on the top and two first molding plates on both sides, each of the second inner mold includes A second roof board on the top and suitable for forming a floor with the first roof board, and two second molding boards on the side and suitable for forming several walls with the first molding board and one A third forming plate, the second forming plates are flush with the first forming plate, and at least one of the first forming plates is a first movable plate, the first movable plate and the first top plate There is a first retracting mechanism capable of moving the first movable plate toward the inner side of the first inner mold, at least one of the second forming plates is a second movable plate, and the second movable plate A second retracting mechanism capable of moving the second movable plate toward the inside of the corresponding second inner mold is provided between the plate and the corresponding second top plate. The inner mold device of a sliding molding die for a building suite according to claim 1, wherein the inner mold device is in the shape of a rectangular parallelepiped, each of the third molding plates is located on two opposite sides in a longitudinal direction, and the first moldings The board and the second forming boards are located on two opposite sides in a width direction, and each of the first forming board and the corresponding second forming boards are located on the same side and extend along the length direction. The inner mold device of the sliding forming mold for a suite of buildings according to claim 1, wherein the first retracting mechanism includes a first coupling connected to the first top plate Connection plate, several first linkage plates provided on the first connection plate, several first displacement inclined blocks connected with the first movable plate, and one for adjusting the first movable plate and the first connection plate A first adjusting unit with a spacing, the first connecting plate is arranged inside the first movable plate parallel to the first movable plate, and a plurality of first evacuation grooves respectively corresponding to the first displacement inclined blocks are formed, each A first oblique guide hole is formed on one of the first interlocking plates, and each of the first displacement inclined blocks passes through the corresponding first shelter groove and is inserted into the first oblique guide hole of the corresponding first interlocking plate in. The inner mold device of the sliding forming mold of the building suite as described in claim 3, wherein each of the first displacement inclined blocks extends inwardly and downwardly and cooperates with the first movable plate to form a 45-degree The included angle, the inclination angle of each first oblique guide hole obliquely extending is the same as the inclination angle of the corresponding oblique extension of the first displacement oblique block. The inner mold device of the sliding molding die for a building suite as described in claim 4, wherein the first top plate is formed with an inverted plate which facilitates the relative movement of the first movable plate and extends obliquely downward from the outside to the inside by 45 degrees Corner side. The inner mold device of the sliding molding die for a building suite as claimed in claim 5, wherein a sealant strip corresponding to the chamfered edge of the first top plate is provided inside the top end of the first movable plate, the seal One side of the adhesive strip is attached to the chamfered edge of the first top plate. The inner mold device of the sliding molding die for a building suite as claimed in claim 3, wherein the first adjustment unit includes a first adjustment seat fixed inside the first movable plate and a first connection plate fixed The first fixing seat on the inside and a first adjusting screw, the first connecting plate corresponds to the first adjusting A second evacuation groove for the first adjusting seat to pass through is formed on the entire seat, a threaded hole is provided on the first adjusting seat, and a first hole is provided on the first fixing seat corresponding to the threaded hole A displacement groove, the first adjustment screw is screwed in the threaded hole and penetrates the first displacement groove, the first adjustment unit further includes a first adjustment screw disposed on the first adjustment screw and capable of restricting the relative position of the first adjustment screw The first limit module of the first fixed seat moving range up and down. The inner mold device of the sliding molding die for a building suite according to claim 7, wherein the first limit module includes two first screws that are located above the first fixing base and screwed with the first adjusting screw A nut, and two second nuts under the first fixing seat and screwed with the first adjusting screw, the first nuts self-lock with each other to form a limit to the downward movement of the first adjusting screw relative to the first fixing seat The first upper limit body, the second nuts self-lock with each other to form a first lower limit body that restricts the upward movement of the first adjusting screw relative to the first fixing seat, the first limit module further includes two pieces Gaskets, which are respectively disposed between the first upper limit body and the first fixing seat, and between the first lower limit body and the first fixing seat. The inner mold device of the sliding molding die for building suites according to claim 1, wherein each of the second retracting mechanisms includes a second connecting plate connected to the corresponding second top plate, and a plurality of A second interlocking plate on the second connecting plate, a plurality of second displacement inclined blocks connected to the second movable plate, and a third means for adjusting the distance between the corresponding second movable plate and the corresponding second connecting plate Two adjusting units, each of the second connecting plates is parallel to the corresponding second movable plate and disposed inside the corresponding second movable plate, and each of the second connecting plates is formed with a number of corresponding to the second displacements Oblique A third shelter groove, each of the second linkage plate is provided with a plurality of second oblique guide holes, each of the second displacement oblique block passes through the corresponding third shelter groove and is inserted into the corresponding second oblique guide In the hole. The inner mold device of the sliding molding die for a building suite according to claim 9, wherein each of the second displacement inclined blocks extends inwardly and downwardly, and each of the second displacement inclined blocks is located in the corresponding The angle between the projection on the two movable plates and the horizontal direction and the vertical direction are both 45 degrees, and the angle between each of the second displacement inclined blocks and the corresponding second movable plate is 45 degrees, and each of the second oblique The inclined angle of the guide hole extending obliquely is the same as the corresponding inclined angle of the second displacement inclined block extending obliquely. The inner mold device of the sliding molding die for a building suite as claimed in claim 10, wherein each of the second top plates is formed with a chamfer that extends inward and downward toward the corresponding second movable plate and inclines downward by 45 degrees Each of the third molding plates is formed with a chamfered edge that is inclined inwardly at 45 degrees toward the corresponding second movable plate, and the chamfered edges facilitate the relative movement of the corresponding second movable plate. The inner mold device of the sliding molding die for building suites according to claim 11, wherein a sealant corresponding to the chamfered edge of the corresponding second top plate is provided inside the top end of each second movable plate One side of each sealant strip is in contact with the chamfered edge of the corresponding second top plate, each second movable plate is provided with an inner side facing the third molding plate and Sealing strips corresponding to the chamfered edges of the third molding plate, one side of each sealing strip is in close contact with the chamfered edges of the third molding plate. The inner mold device of the sliding molding die for a building suite as described in claim 9, which Each of the second adjusting units includes a second adjusting seat fixed inside the corresponding second movable plate, a second fixing seat fixed inside the second connecting plate, and a second adjusting screw, each A portion of the second connecting plate corresponding to the second adjusting seat is provided with a fourth evacuation groove for the corresponding second adjusting seat to penetrate, each of the second adjusting seat is provided with a threaded hole, each A second displacement groove is provided on the second fixing seat corresponding to the threaded hole, and each of the second adjusting screws is screwed in the corresponding threaded hole and penetrated in the corresponding second displacement groove, each of the The second adjusting unit further includes a second limiting module disposed on the second adjusting screw and capable of restricting the range of up and down movement of the second adjusting screw relative to the second fixing base. The inner mold device of the sliding molding die for a building suite as claimed in claim 13, wherein each of the second limit module includes two above the corresponding second fixing seat and corresponding to the second adjustment A third nut screwed together, and two fourth nuts under the corresponding second fixing seat and screwed together with the corresponding second adjusting screw, the third nuts are self-locked with each other in groups of two A second upper limit body that restricts the downward movement of the second adjusting screw relative to the second fixing seat, and the fourth nuts self-lock with each other in groups to form a limiting the second adjusting screw relative to the second A second lower limit body of the upward movement of the fixing seat, each of the second limit module further includes two gaskets, and the spacers are respectively disposed between the second upper limit body and the corresponding second fixing seat , And between the second lower limit body and the corresponding second fixing seat. The inner mold device of the sliding molding die for a building suite as described in claim 1, which In this, the first inner mold is an isosceles trapezoid with a bottom edge greater than the top edge, and each of the second inner molds is a right-angled trapezoid with a top edge greater than the bottom edge and a corner away from one side of the first inner mold body. A demolding method of an inner mold device using the sliding molding die of a building suite as described in claim 1, comprising: (1) releasing the locking mechanism, and using the first retracting mechanism to shrink the first inner mold (2) Move the first inner mold downward relative to the second inner molds to form an escape space between the second inner molds; and (3) Use the second retracting mechanism to make The second inner mold is reduced, and the second inner mold is moved to the middle, and then moved down to release the mold. The demoulding method of the inner mold device of the sliding molding mold for a building suite as described in claim 16, wherein the first retractable mechanism is used to move the first movable plate of the first inner mold downward and inward To complete the reduction. The demoulding method of the inner mold device of the sliding molding die for building suites as described in claim 16, wherein the second retractable mechanism is used to move the second movable plate of the second inner mold downward and inward Move in the middle to complete the mold reduction. The demoulding method of the inner mold device of the sliding molding die of the building suite as described in claim 16, wherein the second inner mold is supported by two supporting mechanisms, and a mobile jacking car Remove the first inner mold; then move the moving jack to remove the second inner mold in turn. The demoulding method of the inner mold device of the sliding molding mold for a building suite as described in claim 16, wherein the first inner mold and the second inner molds are taken out in sequence using a mold taking robot.

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